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Thursday, September 02, 2010

"For most of our customers, assay troubleshooting and rescreening costs were previously looked at as a cost of doing business. With the MVS they see it for what it was: an unnecessary expense that can be better invested elsewhere."

 

Director of Applications 

Pipette / Auto Equipment Manufacturer

ARTEL Liquid Handler Performance Verification Service


 

Liquid Handler Performance Verification Service

 

 

Outsource your liquid handler QA with a customized service and gain the confidence you need. 

 

 

 

  

Overview                                                       Request_a_quote

  • Artel's experts take care of the specialized and critical task of Performance Qualification (PQ) - allowing you to focus on your work
  • Per your requirements, includes standardized and/or customized volume transfer assessment for most makes and models of automated liquid handlers
  • Includes documented performance results that are traceable to the National Institute of Standards and Technology (NIST)
  • Uses the MVS, a standardized volume verification system, to ensure repeatability of liquid handler methods between laboratories or locations
  • Provides tip-by-tip and well-by-well statistics for volumes transferred into 96-well or 384-well microtiter plates
  • Includes precision and accuracy assessment for all tips
  • Determines dilution step accuracy for dilutions up to 1:2048 of the starting material 
  • Analyzes non-aqueous solution volume transfers 

 

With this service, you can expect:

  • Volume transfer performance assessment for scheduled or periodic services for liquid handlers in multiple locations
  • Site acceptance testing of new equipment 
  • Consultation and guidance in writing operating procedures and methods for assays
  • Compliance with internal SOPs and documentation procedures
  • Thorough performance validation of equipment after repair and maintenance
  • Real-time assistance in method optimization to ensure assay data integrity
  • Side-by-side comparison of dispensed volumes between different automated methods and different liquid handlers (method-to-method or device-to-device comparisons)
  • Development and evaluation of new volume transfer strategies, i.e., to show cause-and-effect volume-based measurements after manipulations to method parameters and liquid class settings
    • Reverse mode pipetting vs. forward mode
    • Air gap use
    • Tip touches
    • Dispense rates/heights
    • Wet dispense vs. dry dispense

…and much more.

 

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